fool_cat.fc_embed.pdsc

<?xml version="1.0" encoding="UTF-8"?>
<package schemaVersion="1.7.7" xmlns:xs="http://www.w3.org/2001/XMLSchema-instance"
  xs:noNamespaceSchemaLocation="https://raw.githubusercontent.com/Open-CMSIS-Pack/Open-CMSIS-Pack-Spec/v1.7.7/schema/PACK.xsd">
  <vendor>fool_cat</vendor>
  <name>fc_embed</name>
  <description>fool_cat Embedded Library - lightweight core utilities and device-side helpers for embedded systems</description>
  <url>https://github.com/fool-cat/fc_embed/releases/download/</url>
  <supportContact>https://github.com/fool-cat/fc_embed</supportContact>
  <license>LICENSE</license>

  <releases>
    <release version="1.0.0" date="2025-12-06">
      Production release with layered CMSIS-Pack metadata fixes
      
      Components Overview:
      - Core layer: auto_init, fifo, pool, port, trans, stdio, log
      - Device layer: type, sig, sig_filter, stp_base, stp_curve
      
      Dependency Chain:
      core:fifo -> core:port -> core:trans
      core:pool + core:stdio -> core:log
      device:type -> device:sig -> device:sig_filter
      device:stp_base -> device:stp_curve
      
      Fixes:
      - Added explicit core/device layering with Cgroup and Csub
      - Added tracked device modules to the CMSIS-Pack component model
      - Restored the tracked core fifo module to the component list
      - Restricted pack contents to tracked core/device files during generation
      - Fixed the workflow trigger path for committing regenerated pack files
    </release>
    <release version="0.9.0" date="2025-12-02">
      Initial development release with core functionality
    </release>
  </releases>

  <keywords>
    <keyword>Embedded</keyword>
    <keyword>RTOS</keyword>
    <keyword>Utilities</keyword>
    <keyword>Logger</keyword>
    <keyword>Memory Pool</keyword>
    <keyword>FIFO</keyword>
  </keywords>

  <conditions>
    <condition id="Cortex-M">
      <description>Cortex-M based device</description>
      <accept Dcore="Cortex-M0" />
      <accept Dcore="Cortex-M0+" />
      <accept Dcore="Cortex-M3" />
      <accept Dcore="Cortex-M4" />
      <accept Dcore="Cortex-M7" />
      <accept Dcore="Cortex-M23" />
      <accept Dcore="Cortex-M33" />
      <accept Dcore="Cortex-M35P" />
      <accept Dcore="Cortex-M55" />
      <accept Dcore="Cortex-M85" />
    </condition>

    <condition id="fc_embed_core_auto_init">
      <description>fc_embed core:auto_init</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_core_fifo">
      <description>fc_embed core:fifo</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_core_pool">
      <description>fc_embed core:pool</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_core_port">
      <description>fc_embed core:port (requires fifo and stdio)</description>
      <require condition="Cortex-M" />
      <require Cclass="fc_embed" Cgroup="core" Csub="fifo" />
      <require Cclass="fc_embed" Cgroup="core" Csub="stdio" />
    </condition>

    <condition id="fc_embed_core_trans">
      <description>fc_embed core:trans (requires port)</description>
      <require Cclass="fc_embed" Cgroup="core" Csub="port" />
    </condition>

    <condition id="fc_embed_core_stdio">
      <description>fc_embed core:stdio</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_core_log">
      <description>fc_embed core:log (requires pool and stdio)</description>
      <require Cclass="fc_embed" Cgroup="core" Csub="pool" />
      <require Cclass="fc_embed" Cgroup="core" Csub="stdio" />
    </condition>

    <condition id="fc_embed_device_type">
      <description>fc_embed device:type</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_device_sig">
      <description>fc_embed device:sig (requires type)</description>
      <require condition="Cortex-M" />
      <require Cclass="fc_embed" Cgroup="device" Csub="type" />
    </condition>

    <condition id="fc_embed_device_sig_filter">
      <description>fc_embed device:sig_filter (requires sig)</description>
      <require Cclass="fc_embed" Cgroup="device" Csub="sig" />
    </condition>

    <condition id="fc_embed_device_stp_base">
      <description>fc_embed device:stp_base</description>
      <require condition="Cortex-M" />
    </condition>

    <condition id="fc_embed_device_stp_curve">
      <description>fc_embed device:stp_curve (requires stp_base)</description>
      <require Cclass="fc_embed" Cgroup="device" Csub="stp_base" />
    </condition>
  </conditions>

  <components>
    <!-- fc_embed core:auto_init -->
    <component Cclass="fc_embed" Cgroup="core" Csub="auto_init" Cversion="1.0.0" condition="fc_embed_core_auto_init">
      <description>Optional auto-initialization framework with staged ENV/CLOCK/DEVICE/APP execution and priority ordering.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_AUTO_INIT    /* fc_embed core:auto_init */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="source" name="core/fc_auto_init.c" />
        <file category="header" attr="template" select="Auto Init Header" name="core/fc_auto_init.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:fifo -->
    <component Cclass="fc_embed" Cgroup="core" Csub="fifo" Cversion="1.0.0" condition="fc_embed_core_fifo">
      <description>Header-only power-of-two byte ring buffer based on Linux kfifo style APIs.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_FIFO         /* fc_embed core:fifo */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="header" attr="template" select="FIFO Header" name="core/fc_fifo.h" />
        <file category="header" select="FIFO C++ Header" name="core/fc_fifo.hpp" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:pool -->
    <component Cclass="fc_embed" Cgroup="core" Csub="pool" Cversion="1.0.0" condition="fc_embed_core_pool">
      <description>Fixed-size memory pool with linked-chain support for non-contiguous blocks and optional dynamic allocation fallback.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_POOL         /* fc_embed core:pool */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="header" attr="config" select="Architecture Header" name="core/fc_arch.h" />
        <file category="source" name="core/fc_pool.c" />
        <file category="header" attr="template" select="Memory Pool Header" name="core/fc_pool.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:port -->
    <component Cclass="fc_embed" Cgroup="core" Csub="port" Cversion="1.0.0" condition="fc_embed_core_port">
      <description>Port abstraction layer with multi-buffer ring buffers, RTT-like I/O, and standard input/output redirection helpers.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_PORT         /* fc_embed core:port */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="source" name="core/fc_port.c" />
        <file category="header" attr="template" select="Port Header" name="core/fc_port.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:trans -->
    <component Cclass="fc_embed" Cgroup="core" Csub="trans" Cversion="1.0.0" condition="fc_embed_core_trans">
      <description>Transport layer for multiplexed channel transmission over one physical channel using ANSI escape sequence page markers.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_TRANS        /* fc_embed core:trans */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="source" name="core/fc_trans.c" />
        <file category="header" attr="template" select="Transport Header" name="core/fc_trans.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:stdio -->
    <component Cclass="fc_embed" Cgroup="core" Csub="stdio" Cversion="1.0.0" condition="fc_embed_core_stdio">
      <description>Lightweight printf-style formatting core built around FC_FILE and aggregated from core/utils via fc_stdio.c.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_STDIO        /* fc_embed core:stdio */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="source" name="core/fc_stdio.c" />
        <file category="header" attr="template" select="StdIO Header" name="core/fc_stdio.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed core:log -->
    <component Cclass="fc_embed" Cgroup="core" Csub="log" Cversion="1.0.0" condition="fc_embed_core_log">
      <description>Buffered multi-level logger with ANSI color support, memory-pool-backed output, and stdio-based serialization.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_CORE_LOG          /* fc_embed core:log */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="header" attr="config" select="Architecture Header" name="core/fc_arch.h" />
        <file category="source" name="core/fc_log.c" />
        <file category="header" attr="template" select="Logger Header" name="core/fc_log.h" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed device:type -->
    <component Cclass="fc_embed" Cgroup="device" Csub="type" Cversion="1.0.0" condition="fc_embed_device_type">
      <description>Shared device-side type, time, and assertion abstraction used by signal and stepper helpers.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_DEVICE_TYPE       /* fc_embed device:type */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="header" attr="template" select="Device Type Header" name="device/fc_type.h" />
        <file category="include" name="device/" />
      </files>
    </component>

    <!-- fc_embed device:sig -->
    <component Cclass="fc_embed" Cgroup="device" Csub="sig" Cversion="1.0.0" condition="fc_embed_device_sig">
      <description>Binary signal abstraction that combines platform sampling, steady-state tracking, and edge-trigger callbacks.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_DEVICE_SIG        /* fc_embed device:sig */
      </RTE_Components_h>
      <files>
        <file category="source" name="device/fc_sig.c" />
        <file category="header" attr="template" select="Signal Header" name="device/fc_sig.h" />
        <file category="include" name="device/" />
      </files>
    </component>

    <!-- fc_embed device:sig_filter -->
    <component Cclass="fc_embed" Cgroup="device" Csub="sig_filter" Cversion="1.0.0" condition="fc_embed_device_sig_filter">
      <description>Signal filter strategy collection including repeat, asymmetric repeat, integrator, scale, and window-based filters.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_DEVICE_SIG_FILTER /* fc_embed device:sig_filter */
      </RTE_Components_h>
      <files>
        <file category="source" name="device/fc_sig_filter.c" />
        <file category="header" attr="template" select="Signal Filter Header" name="device/fc_sig_filter.h" />
        <file category="include" name="device/" />
      </files>
    </component>

    <!-- fc_embed device:stp_base -->
    <component Cclass="fc_embed" Cgroup="device" Csub="stp_base" Cversion="1.0.0" condition="fc_embed_device_stp_base">
      <description>Stepper execution base with step/dir/ioctl hooks, pulse scheduling, position tracking, and motion heartbeats.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_DEVICE_STP_BASE   /* fc_embed device:stp_base */
      </RTE_Components_h>
      <files>
        <file category="header" attr="config" version="1.0.0" name="core/fc_config_template.h"
          select="Config Template" />
        <file category="source" name="device/fc_stp_base.c" />
        <file category="header" attr="template" select="Stepper Base Header" name="device/fc_stp_base.h" />
        <file category="include" name="device/" />
        <file category="include" name="core/" />
      </files>
    </component>

    <!-- fc_embed device:stp_curve -->
    <component Cclass="fc_embed" Cgroup="device" Csub="stp_curve" Cversion="1.0.0" condition="fc_embed_device_stp_curve">
      <description>Stepper curve library providing ladder, trapezoid, smooth S-curve, and triangular-acceleration S-curve planners.</description>
      <RTE_Components_h>
        #define RTE_FC_EMBED_DEVICE_STP_CURVE  /* fc_embed device:stp_curve */
      </RTE_Components_h>
      <files>
        <file category="source" name="device/fc_stp_curve.c" />
        <file category="header" attr="template" select="Stepper Curve Header" name="device/fc_stp_curve.h" />
        <file category="include" name="device/" />
        <file category="include" name="core/" />
      </files>
    </component>
  </components>

  <taxonomy>
    <description Cclass="fc_embed">Fool Cat Embedded Library - Lightweight embedded system utilities</description>
  </taxonomy>

</package>